Question

In: Finance

You are given the following data on different rates with the same maturity (1.5 years), but...

You are given the following data on different rates with the same maturity (1.5 years), but quoted on a different basis and different compounding frequencies:

• Continuously compounded rate: 2.00% annualized rate

• Continuously compounded return on maturity: 3.00%

• Annually compounded rate: 2.10% annualized rate

• Semi-annually compounded rate: 2.01% annualized rate

You want to find an arbitrage opportunity among these rates. Is there any one that seems to be mispriced?

Solutions

Expert Solution


Related Solutions

Required return of different maturities as well as different securities with the same maturity are different....
Required return of different maturities as well as different securities with the same maturity are different. Why? Explain your answer.
A sample containing years to maturity and yield for  corporate bonds are contained in the data given...
A sample containing years to maturity and yield for  corporate bonds are contained in the data given below. Years to Maturity Yield Years to Maturity Yield 5.75 7.728 3.25 2.820 25.25 2.415 5.25 4.835 1.75 5.382 15.75 6.905 23.50 5.106 1.50 4.849 26.25 1.576 23.75 5.054 18.50 7.145 2.50 3.966 20.50 0.811 14.25 5.300 29.75 4.275 16.50 3.114 1.50 7.320 24.75 5.949 5.75 8.140 11.50 2.934 13.50 5.170 21.50 6.921 14.50 7.286 27.75 7.810 13.25 3.505 14.25 6.998 6.25 7.009 12.00...
You are given the following data set: {(0,3), (0.5,4.2), (1,5.2), (1.1, 5), (1.5, 5.6)}, where the...
You are given the following data set: {(0,3), (0.5,4.2), (1,5.2), (1.1, 5), (1.5, 5.6)}, where the first coordinate is the independent (explanatory) variable, and the second coordinate is the dependent variable. (a) What is the variance of the data? (b) What is the mean squared error of the model that has y-intercept 3 and slope 2? (c) Use R2 to argue how much the feature in (c) explains the variation in the data.
Consider the following data : 1.5, 1.5, 1.7, 1.7, 2.1, 2.3 a) If you were to...
Consider the following data : 1.5, 1.5, 1.7, 1.7, 2.1, 2.3 a) If you were to construct a normal probability plot by hand for the above data, what are the numerical values (in order) of the first five numbers that would go on the x-axis? Separate your answers with a comma b) If you were to construct a normal probability plot by hand for the above data, what are the numerical values (in order) of the first five numbers that...
Suppose you are given the following bond quote information: Time to maturity: 15 years Coupon rate:...
Suppose you are given the following bond quote information: Time to maturity: 15 years Coupon rate: 8.375% Price: 93.5% of par Par Value: $1,000 Assuming annual compounding, calculate the yield to maturity on the bond. (Enter percentages as decimals and round to 4 decimals) Please show work.
Characteristic Line You are given the following set of data: Historical Rates of Return Year NYSE...
Characteristic Line You are given the following set of data: Historical Rates of Return Year NYSE Stock Y 1 4.0 % 3.5 % 2 14.3 17.7 3 19.0 9.2 4 - 14.7 - 9.0 5 - 26.5 - 12.2 6 37.2 32.1 7 23.8 6.7 8 - 7.2 3.5 9 6.6 13.9 10 20.5 22.7 11 30.6 17.0 Mean = 9.8 % 9.6 % σ = 19.6 % 13.1 % Use a spreadsheet or a calculator with a linear regression...
You are given the following set of data: HISTORICAL RATES OF RETURN Year      NYSE         Stock X...
You are given the following set of data: HISTORICAL RATES OF RETURN Year      NYSE         Stock X 1 - 26.5% - 19.0% 2 37.2    16.0    3 23.8    15.5    4 - 7.2    3.0    5 6.6    9.1    6 20.5    19.4    7 30.6    19.5    The data has been collected in the Microsoft Excel Online file below. Open the spreadsheet and perform the required analysis to answer the questions below. Open spreadsheet Use a spreadsheet (or a calculator with a linear regression function) to determine...
You are given the following set of data: HISTORICAL RATES OF RETURN Year      NYSE         Stock X...
You are given the following set of data: HISTORICAL RATES OF RETURN Year      NYSE         Stock X 1 - 26.5% - 10.0% 2 37.2    21.0    3 23.8    18.5    4 - 7.2    2.0    5 6.6    8.9    6 20.5    19.9    7 30.6    18.8    Use a spreadsheet (or a calculator with a linear regression function) to determine Stock X's beta coefficient. Round your answer to two decimal places. Beta = Determine the arithmetic average rates of return for Stock X and the NYSE over...
Characteristic Line and Security Market Line You are given the following set of data: HISTORICAL RATES...
Characteristic Line and Security Market Line You are given the following set of data: HISTORICAL RATES OF RETURN Year      NYSE         Stock X 1 - 26.5% - 17.0% 2 37.2    16.0    3 23.8    14.0    4 - 7.2    5.0    5 6.6    9.9    6 20.5    19.4    7 30.6    17.9    Use a spreadsheet (or a calculator with a linear regression function) to determine Stock X's beta coefficient. Round your answer to two decimal places. Beta = Determine the arithmetic average rates of return for...
You are given the following data:
You are given the following data: Year            sales            profit 2018           GHc 120, 000       8000 2019           GHc 140, 000       13,000 Find out: i.   P/V ratio ii.   Break-even point iii.   Profit when sales are GHc 180,000 iv.   Sales required to earn a profit of GHc 12,000 v.   Margin of safety in year 2019.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT